WM8521CH9GED/R

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The WM8521CH9GED/R is a Special Purpose ADC/DAC that is used for data acquisition in a myriad of fields. It is a dual-channel high speed ADC/DAC used to convert signals from analogue to digital and vice versa. The WM8521CH9GED/R has many features that makes it ideal for a range of uses in a variety of applications.

Features of the WM8521CH9GED/R

The WM8521CH9GED/R has an excellent signal to noise ratio. This is needed in certain fields that require precise measurements. With a low noise floor of 9-12dB, the WM8521CH9GED/R has one of the best signal to noise ratios in its class. This makes it suitable for use in a wide range of applications, as precise measurements are required for many tasks.

The WM8521CH9GED/R also has high sampling rate with a maximum of 18 bits per sample. This allows it to take quick, high-quality measurements in a short amount of time. This is particularly beneficial for dynamic and high-frequency applications where a fast sampling rate is required.

The WM8521CH9GED/R has an equally impressive settling time of 10us. This makes it ideal for applications where a low settling time is critical. It also offers a range of input ranges, from +/- 6V to +/- 100mV, to accommodate a variety of input signals. Additionally, the WM8521CH9GED/R has a built-in temperature sensor which is ideal for temperature measurement and data acquisition needs.

Applications of the WM8521CH9GED/R

The WM8521CH9GED/R is used in a number of fields, especially in the data acquisition and measurement industry. Its high sampling rate and low settling time make it an ideal choice for high frequency applications such as field-programmable gate arrays (FPGAs) and microcontrollers (MCUs). Additionally, the WM8521CH9GED/R can be used for digital signal processing (DSP) and for machine learning (ML) architectures, where fast, accurate measurements are required.

The WM8521CH9GED/R is also used in medical applications, as its low noise floor and high resolution makes it ideal for precise medical measurements. The integrated temperature sensor also makes it ideal for monitoring patient vitals, as well as measuring environmental temperature.

The WM8521CH9GED/R is also used in automotive and industrial applications, as its robust design makes it capable of withstanding tough conditions. Additionally, its wide input ranges makes it suitable for a variety of automotive and industrial measurements, such as engine speed and pressure.

Working Principle of the WM8521CH9GED/R

The WM8521CH9GED/R is an analog-to-digital and digital-to-analog converter. It converts analogue signals into digital signals and vice versa. The converter uses a 12-bit parallel port format to transfer the signals between the two different formats. The converter is capable of converting analogue input signals into 12-bit digital signals with a resolution of 24 bits. It can also convert a 12-bit digital output signal into a continuously proportional analogue output.

The WM8521CH9GED/R is designed to have a low jitter and noise performance. It also has a built-in temperature sensor and adjustable offset control to ensure accurate measurements. The converter also uses a wide selection of power supply options, making it capable of operating in a variety of conditions.

Conclusion

The WM8521CH9GED/R is a Special Purpose ADC/DAC that is used for data acquisition in a myriad of fields. It is a dual-channel high speed ADC/DAC used to convert signals from analogue to digital and vice versa. The WM8521CH9GED/R has many features that makes it ideal for a range of uses in a variety of applications. With its low noise floor, fast settling time, and wide input ranges, the WM8521CH9GED/R is an ideal choice for data acquisition and measurement applications.

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